Visiting Booth

ABSTRACT

A visiting booth for safe social interaction. The visiting booth having an opposing pair of parallel end walls, an opposing pair of parallel side walls, and a partition. The partition having a partition window, wherein the partition divides the visiting booth into a first visiting area and a second visiting area. Alternatively, an end wall configured to couple to a standing structure. Alternatively, the visiting booth configured with a first end wall, a second end wall, a first set of opposing pair of parallel side walls, second set of opposing pair of parallel side walls, and a partition. A second end of the second set of opposing pair of parallel side walls coupled to a standing structure. The visiting booth having a partition including a partition window. The partition coupled to a second end of the first set of opposing pair of parallel side walls to the standing structure.

BACKGROUND

Infectious diseases pose a significant health risk to societies, especially to high-risk groups such as the elderly and/or groups with susceptible immune systems. In the event of a widely spread infectious disease, such as a pandemic, techniques may be implemented to reduce the spread of such an infectious disease. Social distancing is widely used to mitigate or prevent the spread of such an infectious disease. However, such techniques may be inadequate to protect high-risk groups from infection. Further, without the ability to socially interact with others within acceptable rules and regulations, people in high-risk groups will not be able to physically interact with people outside of their group. Thus, a need exists for providing a reusable visiting booth for high-risk people to interact with others while shielding the high-risk people from transmission of an infectious disease.

TECHNICAL FIELD

This disclosure relates to a visiting booth for communicating with others while shielding users from the transmission of bodily fluids.

SUMMARY

This summary provides a discussion of aspects of certain embodiments of the disclosure. It is not intended to limit the disclosure or any of the claimed subject matter. The summary provides some aspects but there are aspects and embodiments of the disclosure that are not discussed here.

Aspects of the disclosure relate to a visiting booth for contactless social interaction. The visiting booth may include an opposing pair of parallel end walls, an opposing pair of side walls, and a partition having a window. The visiting booth may be configured to function in an enclosed space.

Aspects of the disclosure relate to a reusable visiting booth for contactless social interaction. The visiting both may include an end wall and an opposing pair of parallel side walls, and a partition having a window. The visiting booth may be configured to attach to a standing structure opposite the end wall.

These and other aspects, along with advantages and features of the present disclosure herein disclosed, will become apparent through reference of the following description and the accompanying drawings. Furthermore, it is to be understood that the features of the various embodiments disclosed herein are not mutually exclusive and can exist in various combinations and permutations.

BRIEF DESCRIPTION OF THE DRAWINGS

The novel features believed characteristic of the disclosure are set forth in the appended claims. The disclosure itself, however, as well as a preferred mode of use, further objectives and advantages thereof, will be best understood by reference to the following detailed description of illustrative embodiments when read in conjunction with the accompanying drawings, wherein:

FIG. 1A is a perspective view of a visiting booth in accordance with at least one embodiment of the present disclosure;

FIG. 1B is a perspective top view of a visiting booth in accordance with at least one embodiment of the present disclosure;

FIG. 1C is a perspective top view of a visiting booth in accordance with at least one embodiment of the present disclosure;

FIG. 1D is a perspective side view of a visiting booth in accordance with at least one embodiment of the present disclosure;

FIG. 2A is a perspective view of a visiting booth adjacent to a standing structure in accordance with at least one embodiment of the present disclosure;

FIG. 2B is a perspective view of a visiting booth adjacent to a standing structure in accordance with at least one embodiment of the present disclosure;

FIG. 2C is a perspective view of a visiting booth connected to a standing structure in accordance with at least one embodiment of the present disclosure; and

FIG. 3 is an illustration of a removable partition window in accordance with at least one embodiment of the present disclosure.

DETAILED DESCRIPTION

FIG. 1A is a perspective view of one embodiment of a portable visiting booth 100A. The visiting booth 100A may be configured to include a plurality of walls. In one example, the plurality of detachable walls includes an opposing pair of parallel end walls 102A, 102B and an opposing pair of parallel side walls 104A, 104B. The opposing pair of parallel end walls 102A, 102B are configured to be perpendicular to the opposing pair of parallel side walls 104A, 104B. In some examples, the opposing pair of parallel end walls 102A, 102B and/or the opposing pair of parallel side walls 104A, 104B may include windows 112. In some examples, the windows 112 may be a panel that is cleanable and replaceable. In other examples, the windows 112 could have a central layer, with outer layers on either side of the central layer, the outer layers being replaceable after each user exits the visiting booth 100A. The visiting booth 100A is configured to be reusable, which enables the visiting booth 100A to be routinely assembled/disassembled. The reusability and portability of the visiting booth 100A makes it portable and very adaptable to construction in any environment. In some examples, the visiting booth 100A may easily be constructed for visitation at areas of high-risk health, such as an assisted living facility, hospitals, and doctor offices. Additionally, the visiting booth 100A may also be utilized at other venues such as residential or commercial buildings that foster safe face-to-face interactions.

The visiting booth 100A may further include a partition 106 having a partition window 108, wherein the partition 106 is removably coupled to each of the opposing pair of parallel side walls 104A, 104B. As illustrated in FIG. 1B, the partition 106 is configured to divide the visiting booth 100B into a first visiting area 118 and a second visiting area 120. In some examples, the partition 106 provides a hermetic seal between the first visiting area 118 and the second visiting area 120, which prevents the transmission of air flow, and any accompanying contaminants, between the first visiting area 118 and the second visiting area 120. The partition window 108 may be configured to be removable from the partition 106 and enable a user to install a replacement partition window. In some examples, the partition window 108 may include a communication device that enables users to communicate between the first visiting area 118 and the second visiting area 120. In other examples, as shown in FIG. 1C, the visiting booth 100C may be configured with a standalone communication device 124 located in one or both of the first visiting area 118 and/or the second visiting area 120. The standalone communication device 124 enables users in the first visiting area 118 and the second visiting area 120 to communicate with each other. Examples of the communication device 124 may be, but are not limited to, a speaker and microphone system, a wireless communication between mobile devices, a filtered ventilation port, or an intercom system. Additionally, the communication device 124 may further include virtual assistant communication systems such as Amazon Alexa, Google Home, and Apple HomePod. In at least one example, the partition 106 may have a table or desk affixed to it and/or one or more of the parallel side walls 104A/104B. In at least one embodiment the table desk may have a communication device 124 or a portion of a communication device fitted within it.

Referring to FIG. 1B, the opposing pair of parallel end walls 102A, 102B may be constructed of any sturdy material such as, but not limited to: wood, metal, plastic, synthetic, composite materials, or combinations thereof. In some examples, the opposing pair of parallel end walls 102A, 102B are constructed out of a material that is washable and/or reusable. In other examples, the opposing pair of parallel end walls 102A, 102B may include a wooden frame with non-porous material, such as a polymer material (e.g., PVC) covering the interior and exterior surfaces of the opposing pair of parallel end walls 102A, 102B. Similarly, the partition 106 may include a ledge/shelf, which may also have a polymer material covering the surface. Such a non-porous material enables a user to quickly and effectively clean/sanitize the surfaces of the visiting booth 100A, which facilitates a safe visiting environment for users.

Additionally, the opposing pair of parallel end walls 102A, 102B may be modular elements that are easily attachable and detachable from other modular elements such as the opposing pair of parallel side walls 104A, 104B. The opposing pair of parallel end walls 102A, 102B may have a quadrilateral shape, preferably rectangular or square. Alternatively, the opposing pair of parallel end walls 102A, 102B may have shapes with differing number of sides. These alternative shapes, in at least one example, would allow for medical equipment such as, but not limited to, wheelchairs, hospital beds, oxygen systems, crutches, or other medical equipment or devices to be moved in or out of the visiting booth 100B with ease. Alternatively, the visiting booth 100A may include a plurality of curved walls to form a round visiting booth 100A, wherein the partition 106 divides the visiting booth 100A into a first visiting area and a second visiting area.

In examples where the opposing pair of parallel end walls 102A, 102B have a quadrilateral shape, the opposing pair of parallel end walls 102A, 102B may have length ranging from about 1.3 meters (˜50 inches) to about 5.1 meters (˜200 inches), preferably ranging from about 2.5 meters (˜100 inches) to about 3.8 meters (˜150 inches). Additionally, the opposing pair of parallel end walls 102A, 102B may have a height ranging from about 2.1 meters (˜84 inches) to about 4.6 meters (˜180 inches). Further, the opposing pair of parallel end walls 102A, 102B may be configured to have an adjustable length and height. For example, the opposing pair of parallel end walls 102A, 102B may include an extendable and/or retractable set of panels to conform to the desired size of the user. For example, the tops of the walls 102A, 102B or partition 106 may have a sealing device or mechanism that allows for the walls 102A, 102B or partition 106 to seal each visiting area 118, 120 from one another.

The opposing pair of parallel end walls 102A, 102B may be configured with openings for a user to enter and/or exit the first visiting area 118 and/or the second visiting area 120, such as a doorway or a door 110. The opposing pair of parallel end walls 102A, 102B may further include at least one window 112, which may be hermetically sealed from the outside environment. In some examples, the window 112 may be configured to be removable, which enables increased ventilation and quick cleaning.

The opposing pair of parallel end walls 102A, 102B may further include a management system 116. The management system 116 may be configured to track the users in the booth during a given session. For example, users may sign-in with their names for a visiting session time via the management system 116. For instances where a user has contracted an infectious disease, the management system 116 may be utilized for contact tracing to identify the origin and potential spread of the infectious disease. Additionally, the management system 116 may be configured to provide scheduled visiting sessions for users. For example, the management system 116 may be connected to a network that enables users to sign-up for visiting sessions remotely. In one example, the management system 116 enables users to sign-up for visiting sessions via a mobile application for a specified amount of time. In some examples, the network is the internet and enables the management system 116 to connect to remote devices such as mobile phones and/or tablets. Additionally, the management system 116 may be configured with a payment system. The payment system may be configured to control the communication device or communication devices 124 in the visiting booth 100A. In some examples, the payment system may be configured to turn on the communication device or communication devices 124 in the visiting booth 100A for a predetermined time based upon an amount paid by the user(s). Further, the opposing pair of parallel end walls 102A, 102B may be configured with an outlet 128 to the outside environment. In some examples, the outlet 128 may include an air filtration system designed to remove contaminants from the air. Further, the air filtration system may include a HEPA air filtration system designed to prevent infectious disease spread (e.g., COVID-19) and meet health care facility ventilation standards. Alternatively the outlet 128 may include an exhaust fan that controls ventilation within the first visiting area 118 and/or the second visiting area 120 and the surrounding environment.

Similarly, the opposing pair of parallel side walls 104A, 104B may be constructed of any sturdy material such as, but not limited to: wood, metal, plastic, synthetic, composite materials, or combinations thereof. In some examples, the opposing pair of parallel side walls 104A, 104B are constructed out of a material that is washable and/or reusable. Additionally, the opposing pair of parallel side walls 104A, 104B may be modular elements that are easily attachable and detachable from other modular elements such as the opposing pair of parallel end walls 102A, 102B. The opposing pair of parallel side walls 104A, 104B may have a quadrilateral shape, preferably rectangular or square. Alternatively, the opposing pair of parallel side walls 104A, 104B may have shapes with differing number of sides. These alternative shapes, in at least one example, would allow for medical equipment such as, but not limited to, wheelchairs, hospital beds, oxygen systems, crutches, or other medical equipment or devices to be moved in or out of the visiting booth 100A with ease.

In examples where the opposing pair of parallel side walls 104A, 104B have a quadrilateral shape, the opposing pair of parallel side walls 104A, 104B may have length ranging from about 2.5 meters (˜100 inches) to about 6.3 meters (˜250 inches), preferably ranging from about 3.3 meters (˜132 inches) to about 5.1 meters (˜200 inches). Additionally, the opposing pair of parallel side walls 104A, 104B may have a height ranging from about 2.1 meters (˜84 inches) to about 4.6 meters (˜180 inches). Further, the opposing pair of parallel side walls 104A, 104B may be configured to have an adjustable length and height. For example, the opposing pair of parallel side walls 104A, 104B may be extendable and/or retractable set of panels to conform to the desired size of the user.

The opposing pair of parallel side walls 104A, 104B may alternatively be configured with openings for a user to enter and/or exit the first visiting area 118 and/or the second visiting area 120, such as a doorway or a door. The opposing pair of parallel side walls 104A, 104B may further include at least one window 112, which may be hermetically sealed from the outside environment. In some examples, the window 112 may be configured to be removable, which enables increased ventilation and quick cleaning.

The opposing pair of parallel side walls 104A, 104B may further include a management system 116. The management system 116 may be configured to track the users in the booth during a given session. For example, users may sign-in with their names for a visiting session time via the management system 116. For instances where a user has contracted an infectious disease, the management system 116 may be utilized for contact tracing to identify the origin and potential spread of the infectious disease. Additionally, the management system 116 may be configured to provide scheduled visiting sessions for users. For example, the management system 116 may be connected to a network that enables users to sign-up for visiting sessions remotely. In one example, the management system 116 enables users to sign-up for visiting sessions via a mobile application for a specified amount of time. In some examples, the network is the internet and enables the management system 116 to connect to remote devices such as mobile phones and/or tablets. Additionally, the management system 116 may be configured with a payment system. The payment system may be configured to control the communication device or communication devices 124 in the visiting booth 100A. In some examples, the payment system may be configured to turn on the communication device or communication devices 124 in the visiting booth 100A for a predetermined time based upon an amount paid by the user(s).

Further, the opposing pair of parallel side walls 104A, 104B may be configured with an outlet 128 to the outside environment. In some examples, the outlet 128 may include an air filtration system designed to remove contaminants from the air. Further, the air filtration system may include a HEPA air filtration system designed to prevent infectious disease spread (e.g., COVID-19) and meet health care facility ventilation standards. Alternatively the outlet 128 may include an exhaust fan that controls ventilation within the first visiting area 118 and/or the second visiting area 120 and the surrounding environment.

Referring to FIG. 1C, the visiting booth 100C may include a base 114 and/or a partition covering 122. The base 114, which defines a bottom portion of the visiting booth 100C, may be constructed of any sturdy material such as, but not limited to: wood, metal, plastic, synthetic, composite materials, or combinations thereof. In some examples, the base 114 may be constructed out of a material that is washable and/or reusable. Additionally, the base 114 may be modular so that it may be easily attachable and detachable from other modular elements such as the opposing pair of parallel side walls 104A, 104B and/or the opposing pair of parallel end walls 102A, 102B. The partition covering 122 may be configured to shield the partition window 108 and a portion of the first visiting area 118 and/or the second visiting area 120 immediately abutting the partition 106 from the outside environment. In some examples, the base 114 may include at least one drain to allow for fluid from washing the interior of the visiting booth to flow out into the environmental area. The base 114 may have a length ranging from about 1.3 meters (˜50 inches) to about 5.1 meters (˜200 inches), preferably ranging from about 2.5 meters (˜100 inches) to about 3.8 meters (˜150 inches). Correspondingly, the base 114 may have a width ranging from about 2.5 meters (˜100 inches) to about 6.3 meters (˜250 inches), preferably ranging from about 3.3 meters (˜132 inches) to about 5.1 meters (˜200 inches).

Referring to FIG. 1D, the visiting booth 100D may include a roof 130. The roof 130 may be constructed of any sturdy material such as, but not limited to: wood, metal, plastic, synthetic, composite materials, or combinations thereof. In some examples, the roof 130 may be constructed out of a material that is washable and/or reusable. Additionally, the roof 130 may be modular so that it may be easily attachable and detachable from other modular elements such as the opposing pair of parallel side walls 104A, 104B and/or the opposing pair of parallel end walls 102A, 102B. The roof 130 may have a length ranging from about 1.3 meters (˜50 inches) to about 5.1 meters (˜200 inches), preferably ranging from about 2.5 meters (˜100 inches) to about 3.8 meters (˜150 inches). Correspondingly, the roof 130 may have a width ranging from about 2.5 meters (˜100 inches) to about 6.3 meters (˜250 inches), preferably ranging from about 3.3 meters (˜132 inches) to about 5.1 meters (˜200 inches). In some examples where the visiting booth 100D utilizes a roof 130, the visiting booth 100D may include a vent(s) 132 for heating and/or cooling the first visiting area 118 and/or the second visiting area 120. Due to the lack of openings to the surrounding environment, the visiting booth 100D may further include an outlet(s) 128 to help ventilate airflow within the first visiting area 118 and/or the second visiting area 120. In some examples, the outlet 128 may include an exhaust fan that circulates the air within the first visiting area 118 and/or the second visiting area 120 to the surrounding environment. The outlet(s) 128 may include an air filtration system designed to remove contaminants from the air. Further, the air filtration system may include a HEPA air filtration system designed to prevent infectious disease spread (e.g., COVID-19) and meet health care facility ventilation standards. Alternatively the outlet 128 may include an exhaust fan that controls ventilation within the first visiting area 118 and/or the second visiting area 120 and the surrounding environment. The filter for the outlet(s) 128 may be changeable, cleanable, replaceable, or otherwise capable of

In at least one embodiment, a user may setup the visiting booth 100A, 100B, 100C, 100D by adjusting the dimensions of the opposing pair of parallel end walls 102A, 102B, opposing pair of parallel side walls 104A, 104B, partition 106, base 114, and/or the roof 130 according to preference. Some preferences may reflect rules and regulations requiring a minimum distance between people in the first visiting area 118 and the second visiting area 120 (e.g., 6 feet). In examples where the visiting booth is being utilized in an enclosed area, it may be desirable to adjust the height to contact the ceiling of the enclosed area to provide added privacy. After adjusting the dimensions of the visiting booth 100A, 100B, 100C, 100D, the user may assemble the various elements together. After the visiting booth 100A, 100B, 100C, 100D has been assembled, the user may clean the interior and/or the exterior of the visiting booth 100A, 100B, 100C, 100D to provide a clean environment for communication. In examples utilizing electrical communication, the user may be required to make a payment at the management system 116 to communicate for a predefined duration. Examples of a predefined duration range from about 15 minutes to about 60 minutes. After the predefined period has elapsed, the electrical communication deactivates. If the user does not make an additional payment to continue communication through the electrical communication, a cleaning process will commence. In some examples, the partition window is replaced with a replacement partition window and the interior and/or exterior surfaces are cleaned. In some examples the windows 112 may similarly be replaced.

In some examples, the visiting booth 100A, 100B, 100C, 100D may be configured to increase the air quality in the first visiting area 118 and the second visiting area 120. First, the user may configure the outlet 128 to allow a flow of air to pass from the first visiting area 118 and the second visiting area 120 to the surrounding environment. Second, the user may configure the vent(s) 132 to receive a flow of fresh air. The user may also configure the direction, flow rate, and temperature to expel any contaminants in the visiting area. In some examples, the temperature and flow rate of the flow of air through the vent(s) 132 may adjustable. Alternatively, the visiting booth 100A, 100B, 100C, 100D may be configured with a portable HEPA air filtration system such as the Carrier OptiClean™ Negative Air Machine. Such air filtration systems may be connected to the first visiting area and/or second visiting area via the outlet 128 to capture air particles. In some examples, the air filtrations systems are connected to the management system 116 and operate during scheduled visiting sessions.

FIG. 2A is a perspective view of a visiting booth 200A that is configured to connect to a standing structure 233. The visiting booth 200A may include a plurality of walls. In one example, the plurality of detachable walls includes an opposing pair of parallel end walls 202 and an opposing pair of parallel side walls 204. The opposing pair of parallel end walls 202 are configured to be perpendicular to the opposing pair of parallel side walls 204. One of the opposing pair of parallel end walls 202 is configured to couple to the standing structure 233. In at least one example, the end wall 202 is configured to couple to couple to an access point of the standing structure 233 such as, but not limited to, a doorway or a garage. In some examples, the connection between the end wall 202 and the standing structure 233 forms a hermetic seal from the surrounding environment.

Additionally, the visiting booth 200A may also include a partition 206 having a partition window 208. In some examples, the partition 206 may be removably coupled to each of the opposing pair of parallel side walls 204. The partition 206 is configured to divide the visiting booth 200A into a first visiting area and a second visiting area. In some examples, the partition 206 provides a hermetic seal between the first visiting area and the second visiting area, which prevents the transmission of air flow, and any accompanying contaminants, between the first visiting area and the second visiting area. In some examples, the partition window 208 may be configured to be removable from the partition 206 and enable a user to install a replacement partition window 208. Optionally, the partition window 208 may further include a communication device that enables users to communicate between the visiting areas. Alternatively, the visiting booth 200A may be configured with standalone communication devices located in one or both of the first visiting area and/or the second visiting area. The communication devices enable users in the first visiting area and the second visiting area to communicate with each other. Examples of the communication device 124 may be, but are not limited to, a speaker and microphone system, a wireless communication between mobile devices, a filtered ventilation port, or an intercom system. Additionally, the communication device 124 may further include virtual assistant communication systems such as Amazon Alexa, Google Home, and Apple HomePod.

The opposing pair of parallel end walls 202 may be constructed of any sturdy material such as, but not limited to: wood, metal, plastic, synthetic, composite materials, or combinations thereof. In some examples, the opposing pair of parallel end walls 202 are constructed out of a material that is washable and/or reusable. Additionally, the opposing pair of parallel end walls 202 may be modular elements that are easily attachable and detachable from other modular elements such as the opposing pair of parallel side walls 204. The opposing pair of parallel end walls 202 may have a quadrilateral shape, preferably rectangular or square. Alternatively, the opposing pair of parallel end walls 202 may have shapes with differing number of sides. These alternative shapes, in at least one example, would allow for medical equipment such as, but not limited to, wheelchairs, hospital beds, oxygen systems, crutches, or other medical equipment or devices to be moved in or out of the visiting booth 200A with ease.

In examples where the opposing pair of parallel end walls 202 have a quadrilateral shape, the opposing pair of parallel end walls 202 may have length ranging from about 1.3 meters (˜50 inches) to about 5.1 meters (˜200 inches), preferably ranging from about 2.5 meters (˜100 inches) to about 3.8 meters (˜150 inches). Additionally, the opposing pair of parallel end walls 202 may have a height ranging from about 2.1 meters (˜84 inches) to about 4.6 meters (˜180 inches). Further, the opposing pair of parallel end walls 202 may be configured to have an adjustable length and height. For example, the opposing pair of parallel end walls 202 may include an extendable and/or retractable set of panels to conform to the desired size of the user.

The opposing pair of parallel end walls 202 may be configured with openings for a user to enter and/or exit the first visiting area and/or the second visiting area, such as a doorway or a door 210. The opposing pair of parallel end walls 202 may further include at least one window 212, which may be hermetically sealed from the outside environment. In some examples, the window 212 may be configured to be removable, which enables increased ventilation and quick cleaning.

The opposing pair of parallel end walls 202 may further include a management system. The management system may be configured to track the users in the booth during a given session. For example, users may sign-in with their names for a visiting session time via the management system 116. For instances where a user has contracted an infectious disease, the management system 116 may be utilized for contact tracing to identify the origin and potential spread of the infectious disease. Additionally, the management system 116 may be configured to provide scheduled visiting sessions for users. For example, the management system 116 may be connected to a network that enables users to sign-up for visiting sessions remotely. In one example, the management system 116 enables users to sign-up for visiting sessions via a mobile application for a specified amount of time. In some examples, the network is the internet and enables the management system 116 to connect to remote devices such as mobile phones and/or tablets. Additionally, the management system 116 may be configured with a payment system. The payment system may be configured to control the communication device or communication devices in the visiting booth 200A. In some examples, the payment system may be configured to turn on the communication device or communication devices in the visiting booth 200A for a predetermined time based upon an amount paid by the user(s). Further, the opposing pair of parallel end walls 202 may be configured with an outlet 228 to the outside environment. In some examples, the outlet 228 may include an air filtration system designed to remove contaminants from the air. Further, the air filtration system may include a HEPA air filtration system designed to prevent infectious disease spread (e.g., COVID-19) and meet health care facility ventilation standards. Alternatively, the outlet 228 may include an exhaust fan that controls ventilation within the first visiting area and/or the second visiting area and the surrounding environment.

Similarly, the opposing pair of parallel side walls 204 may be constructed of any sturdy material such as, but not limited to: wood, metal, plastic, synthetic, composite materials, or combinations thereof. In some examples, the opposing pair of parallel side walls 204 are constructed out of a material that is washable and/or reusable. Additionally, the opposing pair of parallel side walls 204 may be modular elements that are easily attachable and detachable from other modular elements such as the opposing pair of parallel end walls 202. The opposing pair of parallel side walls 204 may have a quadrilateral shape, preferably rectangular or square. Alternatively, the opposing pair of parallel side walls 204 may have shapes with differing number of sides. These alternative shapes, in at least one example, would allow for medical equipment such as, but not limited to, wheelchairs, hospital beds, oxygen systems, crutches, or other medical equipment or devices to be moved in or out of the visiting booth 200A with ease.

In examples where the opposing pair of parallel side walls 204 have a quadrilateral shape, the opposing pair of parallel side walls 204 may have length ranging from about 2.5 meters (˜100 inches) to about 6.3 meters (˜250 inches), preferably ranging from about 3.3 meters (˜132 inches) to about 5.1 meters (˜200 inches). Additionally, the opposing pair of parallel side walls 204 may have a height ranging from about 2.1 meters (˜84 inches) to about 4.6 meters (˜180 inches). Further, the opposing pair of parallel side walls 204 may be configured to have an adjustable length and height. For example, the opposing pair of parallel side walls 204 may be extendable and/or retractable set of panels to conform to the desired size of the user.

The opposing pair of parallel side walls 204 may alternatively be configured with openings for a user to enter and/or exit the first visiting area and/or the second visiting area, such as a doorway or a door. The opposing pair of parallel side walls 204 may further include at least one window 212, which may be hermetically sealed from the outside environment. In some examples, the window 212 may be configured to be removable, which enables increased ventilation and quick cleaning.

The opposing pair of parallel side walls 204 may include a management system. The management system may be configured to track the users in the booth during a given session. For example, users may sign-in with their names for a visiting session time via the management system 116. For instances where a user has contracted an infectious disease, the management system 116 may be utilized for contact tracing to identify the origin and potential spread of the infectious disease. Additionally, the management system 116 may be configured to provide scheduled visiting sessions for users. For example, the management system 116 may be connected to a network that enables users to sign-up for visiting sessions remotely. In one example, the management system 116 enables users to sign-up for visiting sessions via a mobile application for a specified amount of time. In some examples, the network is the internet and enables the management system 116 to connect to remote devices such as mobile phones and/or tablets. Additionally, the management system 116 may be configured with a payment system. The payment system may be configured to control the communication device or communication devices in the visiting booth 200A. In some examples, the payment system may be configured to turn on the communication device or communication devices in the visiting booth 200A for a predetermined time based upon an amount paid by the user(s). Further, the opposing pair of parallel side walls 204 may be configured with an outlet 228 to the outside environment. In some examples, the outlet 228 may include an air filtration system designed to remove contaminants from the air. Further, the air filtration system may include a HEPA air filtration system designed to prevent infectious disease spread (e.g., COVID-19) and meet health care facility ventilation standards. Alternatively, the outlet 228 may include an exhaust fan that controls ventilation within the first visiting area and/or the second visiting area and the surrounding environment.

The visiting booth 200A may include a base and/or a partition covering. The base may be constructed of any sturdy material such as, but not limited to: wood, metal, plastic, synthetic, composite materials, or combinations thereof. In some examples, the base may be constructed out of a material that is washable and/or reusable. Additionally, the base may be modular so that it may be easily attachable and detachable from other modular elements such as the opposing pair of parallel side walls 204 and/or the opposing pair of parallel end walls 202. The partition covering may be configured to shield the partition window 208 and a portion of the first visiting area and/or the second visiting area immediately abutting the partition 206 from the outside environment. In some examples, the base may include drains to allow for fluid from washing the interior of the visiting booth to flow out into the environmental area. The base may have a length ranging from about 1.3 meters (˜50 inches) to about 5.1 meters (˜200 inches), preferably ranging from about 2.5 meters (˜100 inches) to about 3.8 meters (˜150 inches). Correspondingly, the base may have a width ranging from about 2.5 meters (˜100 inches) to about 6.3 meters (˜250 inches), preferably ranging from about 3.3 meters (˜132 inches) to about 5.1 meters (˜200 inches).

Similar to FIG. 1D, the visiting booth 200A may include a roof. The roof may be constructed of any sturdy material such as, but not limited to: wood, metal, plastic, synthetic, composite materials, or combinations thereof. In some examples, the roof may be constructed out of a material that is washable and/or reusable. Additionally, the roof may be modular so that it may be easily attachable and detachable from other modular elements such as the opposing pair of parallel side walls 204 and/or the opposing pair of parallel end walls 202. The roof may have a length ranging from about 1.3 meters (˜50 inches) to about 5.1 meters (˜200 inches), preferably ranging from about 2.5 meters (˜100 inches) to about 3.8 meters (˜150 inches). Correspondingly, the roof may have a width ranging from about 2.5 meters (˜100 inches) to about 6.3 meters (˜250 inches), preferably ranging from about 3.3 meters (˜132 inches) to about 5.1 meters (˜200 inches). In some examples where the visiting booth 200A utilizes a roof, the visiting booth 200A may include a vent(s) 232 for heating and/or cooling the first visiting area and/or the second visiting area. Due to the lack of openings to the surrounding environment, the visiting booth 200A may further include an outlet(s) 228 to help circulate airflow within the first visiting area and/or the second visiting area. In some examples, the outlet 228 may include an air filtration system designed to remove contaminants from the air. Further, the air filtration system may include a HEPA air filtration system designed to prevent infectious disease spread (e.g., COVID-19) and meet health care facility ventilation standards. Alternatively the outlet 228 may include an exhaust fan that controls ventilation within the first visiting area and/or the second visiting area and the surrounding environment

Referring to FIG. 2C, the visiting booth 200C may further include a walkway 226 connecting the visiting booth 200C to the standing structure 233. In some examples, the walkway 226 may be configured to couple one of the end walls 204 with an access point of the standing structure 233. The walkway 226 may be made of various portable materials known in the art such as, but not limited to, plastic sheeting (e.g., mesh polyvinyl chloride) that is configured to provide protection from sunlight and is waterproof. The walkway 226 may have a length ranging from about 1.5 meters (˜5 feet) to about 6.1 meters (˜20 feet). Correspondingly, the walkway 226 may have a width ranging from about 2.5 meters (˜100 inches) to about 6.3 meters (˜250 inches), preferably ranging from about 3.3 meters (˜132 inches) to about 5.1 meters (˜200 inches). The walkway 226 may have a height ranging from about 2.1 meters (˜84 inches) to about 4.6 meters (˜180 inches).

In at least one embodiment, a user may setup the visiting booth 200C by adjusting the dimensions of the opposing pair of parallel end walls 202, opposing pair of parallel side walls 204, partition 206, base, and/or the roof 230 according to preference. Some preferences may reflect rules and regulations requiring a minimum distance between people in the first visiting area and the second visiting area (e.g., 6 feet). In examples where the visiting booth is being utilized in an enclosed area, it may be desirable to adjust the height to contact the ceiling of the enclosed area to provide added privacy. After adjusting the dimensions of the visiting booth 200C, the user may assemble the various elements together. After the visiting booth 200C has been assembled, the user may clean the interior and/or the exterior of the visiting booth 200C to provide a clean environment for communication. In examples utilizing electrical communication, the user may be required to make a payment at the management system to communicate for a predefined duration. Examples of a predefined duration range from about 15 minutes to about 60 minutes. After the predefined period has elapsed, the electrical communication deactivates. If the user does not make an additional payment to continue communication through the electrical communication, a cleaning process will commence. In some examples, the partition window is replaced with a replacement partition window and the interior and/or exterior surfaces are cleaned. In some examples the windows 112 may similarly be replaced.

In examples where the visiting booth 200C either utilizes a roof or contacts the ceiling of an enclosure, the user may configure the first visiting area and the second visiting area to have customized ventilation. First, the user may configure the outlet 228 to allow a flow of air to pass from the first visiting area and the second visiting area. Second, the user may configure the vent(s) 232 to receive a flow of fresh air. In some examples, the temperature and flow rate of the flow of air through the vent(s) 232 may adjustable. In examples utilizing the management system, the ventilation in the first visiting area and the second visiting area may be controlled according to preference.

Referring to FIG. 2B, a perspective view of an embodiment of a visiting booth 200B for integrating with a standing structure 233 is shown. The visiting booth 200B may include a first end wall 202A, a second end wall 202B, and a partition 206. The first end wall 202A may be configured to couple to a first end of a first set of opposing pair of parallel side walls 204A and the second end wall 202B may be configured to couple to a first end of a second set of opposing pair of parallel side walls 204B. A second end of the second set of opposing pair of parallel side walls 204B may be configured to couple to a standing structure 233. The visiting booth may further include a partition 206 having a partition window 208. The partition 208 may be configured to couple a second end of the first set of opposing pair of parallel side walls 204A to the standing structure 233, wherein the standing structure 233 divides the visiting booth 200B into a first visiting area and a second visiting area. In some examples, the partition window 208 may be configured to be removable from the partition 206 and enable a user to install a replacement partition window 208. Optionally, the partition window 208 may further include a communication device that enables users to communicate between the visiting areas. Examples of the communication device 124 may be, but are not limited to, a speaker and microphone system, a wireless communication between mobile devices, a filtered ventilation port, or an intercom system. Additionally, the communication device 124 may further include virtual assistant communication systems such as Amazon Alexa, Google Home, and Apple HomePod.

The first end wall 202A and the second end wall 202B may be constructed of any sturdy material such as, but not limited to: wood, metal, plastic, synthetic, composite materials, or combinations thereof. In some examples, the first end wall 202A and the second end wall 202B are constructed out of a material that is washable and/or reusable. Additionally, the first end wall 202A and the second end wall 202B may be modular elements that are easily attachable and detachable from other modular elements such as the first set of opposing pair of parallel side walls 204A and the second set of opposing pair of parallel side walls 204B. The first end wall 202A and the second end wall 202B may have a quadrilateral shape, preferably rectangular or square. Alternatively, the first end wall 202A and the second end wall 202B may have shapes with differing number of sides. These alternative shapes, in at least one example, would allow for medical equipment such as, but not limited to, wheelchairs, hospital beds, oxygen systems, crutches, or other medical equipment or devices to be moved in or out of the visiting booth 200B with ease.

In examples where the first end wall 202A and the second end wall 202B have a quadrilateral shape, the first end wall 202A and the second end wall 202B may have length ranging from about 1.3 meters (˜50 inches) to about 5.1 meters (˜200 inches), preferably ranging from about 2.5 meters (˜100 inches) to about 3.8 meters (˜150 inches). Additionally, the first end wall 202A and the second end wall 202B may have a height ranging from about 2.1 meters (˜84 inches) to about 4.6 meters (˜180 inches). Further, the first end wall 202A and the second end wall 202B may be configured to have an adjustable length and height. For example, the first end wall 202A and the second end wall 202B may include an extendable and/or retractable set of panels to conform to the desired size of the user.

The first end wall 202A and the second end wall 202B may be configured with openings for a user to enter and/or exit the first visiting area and/or the second visiting area, such as a doorway or a door 210. The first end wall 202A and the second end wall 202B may further include at least one window 212, which may be hermetically sealed from the outside environment. In some examples, the window 212 may be configured to be removable, which enables increased ventilation and quick cleaning.

The first end wall 202A and the second end wall 202B may further include a management system. The management system may be configured to track the users in the booth during a given session. For example, users may sign-in with their names for a visiting session time via the management system. For instances where a user has contracted an infectious disease, the management system may be utilized for contact tracing to identify the origin and potential spread of the infectious disease. Additionally, the management system may be configured to provide scheduled visiting sessions for users. For example, the management system may be connected to a network that enables users to sign-up for visiting sessions remotely. In one example, the management system 116 enables users to sign-up for visiting sessions via a mobile application for a specified amount of time. In some examples, the network is the internet and enables the management system 116 to connect to remote devices such as mobile phones and/or tablets. Additionally, the management system may be configured with a payment system. The management system may be configured to control the communication device or communication devices in the visiting booth 200B. In some examples, the management system may be configured to turn on the communication device or communication devices in the visiting booth 200B for a predetermined time based upon an amount paid by the user(s). Further, the first end wall 202A and the second end wall 202B may be configured with an outlet 228 to the outside environment. In some examples, the outlet 228 may include an air filtration system designed to remove contaminants from the air. Further, the air filtration system may include a HEPA air filtration system designed to prevent infectious disease spread (e.g., COVID-19) and meet health care facility ventilation standards. Alternatively, the outlet 228 may include an exhaust fan that controls ventilation within the first visiting area and/or the second visiting area and the surrounding environment.

Similarly, the first set of opposing pair of parallel side walls 204A and the second set of opposing pair of parallel side walls 204B may be constructed of any sturdy material such as, but not limited to: wood, metal, plastic, synthetic, composite materials, or combinations thereof. In some examples, the first set of opposing pair of parallel side walls 204A and the second set of opposing pair of parallel side walls 204B are constructed out of a material that is washable and/or reusable. Additionally, the first set of opposing pair of parallel side walls 204A and the second set of opposing pair of parallel side walls 204B may be modular elements that are easily attachable and detachable from other modular elements such as the first end wall 202A and the second end wall 202B. The first set of opposing pair of parallel side walls 204A and the second set of opposing pair of parallel side walls 204B may have a quadrilateral shape, preferably rectangular or square. Alternatively, the o first set of opposing pair of parallel side walls 204A and the second set of opposing pair of parallel side walls 204B may have shapes with differing number of sides. These alternative shapes, in at least one example, would allow for medical equipment such as, but not limited to, wheelchairs, hospital beds, oxygen systems, crutches, or other medical equipment or devices to be moved in or out of the visiting booth 200B with ease.

In examples where the first set of opposing pair of parallel side walls 204A and the second set of opposing pair of parallel side walls 204B have a quadrilateral shape, the first set of opposing pair of parallel side walls 204A and the second set of opposing pair of parallel side walls 204B may have length ranging from about 2.5 meters (˜100 inches) to about 6.3 meters (˜250 inches), preferably ranging from about 3.3 meters (˜132 inches) to about 5.1 meters (˜200 inches). Additionally, the first set of opposing pair of parallel side walls 204A and the second set of opposing pair of parallel side walls 204B may have a height ranging from about 2.1 meters (˜84 inches) to about 4.6 meters (˜180 inches). Further, the first set of opposing pair of parallel side walls 204A and the second set of opposing pair of parallel side walls 204B may be configured to have an adjustable length and height. For example, the first set of opposing pair of parallel side walls 204A and the second set of opposing pair of parallel side walls 204B may be extendable and/or retractable set of panels to conform to the desired size of the user.

The first set of opposing pair of parallel side walls 204A and the second set of opposing pair of parallel side walls 204B may alternatively be configured with openings for a user to enter and/or exit the first visiting area and/or the second visiting area, such as a doorway or a door. The first set of opposing pair of parallel side walls 204A and the second set of opposing pair of parallel side walls 204B may further include at least one window 212, which may be hermetically sealed from the outside environment. In some examples, the window 212 may be configured to be removable, which enables increased ventilation and quick cleaning.

The first set of opposing pair of parallel side walls 204A and the second set of opposing pair of parallel side walls 204B may include a management system. The management system may be configured to track the users in the booth during a given session. For example, users may sign-in with their names for a visiting session time via the management system. For instances where a user has contracted an infectious disease, the management system may be utilized for contact tracing to identify the origin and potential spread of the infectious disease. Additionally, the management system may be configured to provide scheduled visiting sessions for users. For example, the management system may be connected to a network that enables users to sign-up for visiting sessions remotely. In one example, the management system 116 enables users to sign-up for visiting sessions via a mobile application for a specified amount of time. In some examples, the network is the internet and enables the management system 116 to connect to remote devices such as mobile phones and/or tablets. Additionally, the management system may be configured with a payment system. The payment system may be configured to control the communication device or communication devices in the visiting booth 200B. In some examples, the payment system may be configured to turn on the communication device or communication devices in the visiting booth 200B for a predetermined time based upon an amount paid by the user(s). Further, the opposing pair of parallel end walls 202 may be configured with an outlet 228 to the outside environment. In some examples, the outlet 228 may include an air filtration system designed to remove contaminants from the air. Further, the air filtration system may include a HEPA air filtration system designed to prevent infectious disease spread (e.g., COVID-19) and meet health care facility ventilation standards. Alternatively, the outlet 228 may include an exhaust fan that controls ventilation within the first visiting area and/or the second visiting area and the surrounding environment.

The visiting booth 200B may include a base and/or a partition covering. The base may be constructed of any sturdy material such as, but not limited to: wood, metal, plastic, synthetic, composite materials, or combinations thereof. In some examples, the base may be constructed out of a material that is washable and/or reusable. Additionally, the base may be modular so that it may be easily attachable and detachable from other modular elements such as the first set of opposing pair of parallel side walls 204A and the second set of opposing pair of parallel side walls 204B and/or the first end wall 202A and the second end wall 202B. The partition covering may be configured to shield the partition window 208 and a portion of the first visiting area and/or the second visiting area immediately abutting the partition 206 from the outside environment. In some examples, the base may include drains to allow for fluid from washing the interior of the visiting booth to flow out into the environmental area. The base may have a length ranging from about 1.3 meters (˜50 inches) to about 5.1 meters (˜200 inches), preferably ranging from about 2.5 meters (˜100 inches) to about 3.8 meters (˜150 inches). Correspondingly, the base may have a width ranging from about 2.5 meters (˜100 inches) to about 6.3 meters (˜250 inches), preferably ranging from about 3.3 meters (˜132 inches) to about 5.1 meters (˜200 inches).

The visiting booth 200B may include a roof 230. The roof 230 may be constructed of any sturdy material such as, but not limited to: wood, metal, plastic, synthetic, composite materials, or combinations thereof. In some examples, the roof 230 may be constructed out of a material that is washable and/or reusable. Additionally, the roof 230 may be modular so that it may be easily attachable and detachable from other modular elements such as the first set of opposing pair of parallel side walls 204A and the second set of opposing pair of parallel side walls 204B and/or the first end wall 202A and the second end wall 202B. The roof 230 may have a length ranging from about 1.3 meters (˜50 inches) to about 5.1 meters (˜200 inches), preferably ranging from about 2.5 meters (˜100 inches) to about 3.8 meters (˜150 inches). Correspondingly, the roof 230 may have a width ranging from about 2.5 meters (˜100 inches) to about 6.3 meters (˜250 inches), preferably ranging from about 3.3 meters (˜132 inches) to about 5.1 meters (˜200 inches). In some examples where the visiting booth 200B utilizes a roof 230, the visiting booth 200B may include a vent(s) 232 for heating and/or cooling the first visiting area and/or the second visiting area. Due to the lack of openings to the surrounding environment, the visiting booth 200B may further include an outlet(s) 228 to help circulate airflow within the first visiting area and/or the second visiting area. In some examples, the outlet may include an air filtration system designed to remove contaminants from the air. Further, the air filtration system may include a HEPA air filtration system designed to prevent infectious disease spread (e.g., COVID-19) and meet health care facility ventilation standards. Alternatively, the outlet 228 may include an exhaust fan that controls ventilation within the first visiting area and/or the second visiting area and the surrounding environment.

In at least one embodiment, a user may setup the visiting booth 200B by adjusting the dimensions of the first end wall 202A and the second end wall 202B, opposing pair of parallel side walls 204A and the second set of opposing pair of parallel side walls 204B, partition 206, base, and/or the roof 230 according to preference. Some preferences may reflect rules and regulations requiring a minimum distance between people in the first visiting area and the second visiting area (e.g., 6 feet). In examples where the visiting booth is being utilized in an enclosed area, it may be desirable to adjust the height to contact the ceiling of the enclosed area to provide added privacy. After adjusting the dimensions of the visiting booth 200B, the user may assemble the various elements together. After the visiting booth 200B has been assembled, the user may clean the interior and/or the exterior of the visiting booth 200B to provide a clean environment for communication. In examples utilizing electrical communication, the user may be required to make a payment at the management system to communicate for a predefined duration. Examples of a predefined duration range from about 15 minutes to about 60 minutes. After the predefined period has elapsed, the electrical communication deactivates. If the user does not make an additional payment to continue communication through the electrical communication, a cleaning process will commence. In some examples, the partition window 208 is replaced with a replacement partition window 208 and the interior and/or exterior surfaces are cleaned. In some examples the windows 112 may similarly be replaced.

In examples where the visiting booth 200B either utilizes a roof or contacts the ceiling of an enclosure, the user may configure the first visiting area and the second visiting area to have customized ventilation. First, the user may configure the outlet 228 to allow a flow of air to pass from the first visiting area and the second visiting area to the surrounding environment. Second, the user may configure the vent(s) 232 to receive a flow of fresh air. In some examples, the temperature and flow rate of the flow of air through the vent(s) 232 may adjustable. Further, the management system may be configured to provide a warning before the predefined period elapses.

Referring to FIG. 3, an embodiment of a replaceable partition window 308A, 308B is shown. In examples where a visiting booth is integrated with a standing structure 233, the standing structure 233 may be configured with a partition 306 having a replaceable partition window 308A, 308B. The partition 306 may be configured with dimensions corresponding to the dimensions of typical residential and/or commercial windows for easy integration. Additionally, the replaceable partition window 308A, 308B may further include a communication device 324 that enables users to communicate between the visiting areas. Examples of the communication device 124 may be, but are not limited to, a speaker and microphone system, a wireless communication between mobile devices, a filtered ventilation port, or an intercom system. Additionally, the communication device 124 may further include virtual assistant communication systems such as Amazon Alexa, Google Home, and Apple HomePod. Additionally, the windows 112, 212 may be similarly configured to be replaceable.

While this disclosure has been particularly shown and described with reference to preferred embodiments, it will be understood by those skilled in the art that various changes in form and detail may be made therein without departing from the spirit and scope of the invention. The inventors expect skilled artisans to employ such variations as appropriate, and the inventors intend the invention to be practiced otherwise than as specifically described herein. Accordingly, this disclosure includes all modifications and equivalents of the subject matter recited in the claims appended hereto as permitted by applicable law. Moreover, any combination of the above-described elements in all possible variations thereof is encompassed by the disclosure unless otherwise indicated herein or otherwise clearly contradicted by context.

While various embodiments in accordance with the principles disclosed herein have been described above, it should be understood that they have been presented by way of example only, and not limitation. Thus, the breadth and scope of this disclosure should not be limited by any of the above-described exemplary embodiments but should be defined only in accordance with any claims and their equivalents issuing from this disclosure. Furthermore, the above advantages and features are provided in described embodiments but shall not limit the application of such issued claims to processes and structures accomplishing any or all of the above advantages.

Additionally, the section headings herein are provided for consistency with the suggestions under 37 C.F.R. 1.77 or otherwise to provide organizational cues. These headings shall not limit or characterize the invention(s) set out in any claims that may issue from this disclosure. Specifically, and by way of example, although the headings refer to a “Technical Field,” the claims should not be limited by the language chosen under this heading to describe the so-called field. Further, a description of a technology as background information is not to be construed as an admission that certain technology is prior art to any embodiment(s) in this disclosure. Neither is the “Brief Summary” to be considered as a characterization of the embodiment(s) set forth in issued claims. Furthermore, any reference in this disclosure to “invention” in the singular should not be used to argue that there is only a single point of novelty in this disclosure. Multiple embodiments may be set forth according to the limitations of the multiple claims issuing from this disclosure, and such claims accordingly define the embodiment(s), and their equivalents, that are protected thereby. In all instances, the scope of such claims shall be considered on their own merits in light of this disclosure but should not be constrained by the headings set forth herein. 

What is claimed is:
 1. A portable visiting booth, comprising: a plurality of walls, wherein the plurality of walls are configured to be detachable, wherein at least one of the plurality of walls comprises an opening; a communication device; and a partition comprising a partition window, wherein the partition is removably coupled to the interior of the plurality of walls, the partition dividing the visiting booth into a first visiting area and a second visiting area.
 2. The visiting booth of claim 1, further comprising a base, wherein the base defines a bottom portion of the visiting booth, wherein the base has at least one drain.
 3. The visiting booth of claim 1, wherein the communication device configured to transmit communication between the first visiting area and the second visiting area.
 4. The visiting booth of claim 1, wherein the plurality of walls comprises an opposing pair of parallel end walls and an opposing pair of parallel side walls, wherein the opposing pair of parallel end walls are perpendicular to the opposing pair of parallel side walls.
 5. The visiting booth of claim 3, further comprising a management system, wherein the management system is configured to track the presence of users in the portable visiting booth.
 6. The visiting booth of claim 1, further comprising a management system, wherein the management system is configured to control ventilation in the first visiting area and the second visiting area.
 7. The visiting booth of claim 4, wherein the opposing pair of parallel end walls and the opposing pair of parallel side walls are configured to be adjustable in length and height.
 8. A visiting booth configured to couple to a standing structure, comprising: a plurality of walls, wherein the plurality of walls are configured to be detachable, wherein at least one of the plurality of walls comprises an opening, wherein at least two of the plurality of walls couples to an access point of the standing structure; a communication device; and a partition comprising a partition window, wherein the partition is removably coupled to the interior of the plurality of walls, the partition dividing the visiting booth into a first visiting area and a second visiting area.
 9. The visiting booth of claim 8, wherein the communication device configured to transmit communication between the first visiting area and the second visiting area.
 10. The visiting booth of claim 8, wherein the plurality of walls comprises an opposing pair of parallel end walls and an opposing pair of parallel side walls, wherein the opposing pair of parallel end walls are perpendicular to the opposing pair of parallel side walls.
 11. The visiting booth of claim 9, further comprising a management system, wherein the management system is configured to track the presence of users in the visiting booth.
 12. The visiting booth of claim 8, further comprising a management system, wherein the management system is configured to control ventilation in the first visiting area and the second visiting area.
 13. The visiting booth of claim 10, wherein the opposing pair of parallel end walls and the opposing pair of parallel side walls are configured to be adjustable in length and height.
 14. A visiting booth for integrating with a standing structure, comprising: a first end wall and a first set of opposing pair of parallel side walls, wherein the first end wall couples to a first end of the first set of opposing pair of parallel side walls, wherein the first end wall comprises an opening; a second end wall and a second set of opposing pair of parallel side walls, wherein the second end wall couples to a first end of the second set of opposing pair of parallel side walls, wherein a second end of the second set of opposing pair of parallel side walls couples to the standing structure, wherein the second end wall comprises an opening; a communication device; and a partition comprising a partition window, wherein the partition couples a second end of the first set of opposing pair of parallel side walls to the standing structure, wherein the standing structure divides the visiting booth into a first visiting area and a second visiting area.
 15. The visiting booth of claim 14, wherein the communication device configured to transmit communication between the first visiting area and the second visiting area.
 16. The visiting booth of claim 15, further comprising a management system, wherein the management system is configured to track the presence of users in the visiting booth.
 17. The visiting booth of claim 14, further comprising a management system, wherein the management system is configured to control ventilation in the first visiting area and the second visiting area.
 18. The visiting booth of claim 14, wherein the first end wall, the second end wall, and the first set of opposing pair of parallel side walls and the second set of opposing parallel side walls are configured to be adjustable in length and height.
 19. The visiting booth of claim 14, wherein the partition forms a hermetic seal between the first visiting area and the second visiting area.
 20. The visiting booth of claim 16, wherein the management system is configured to provide an ending warning before the predefined period has elapsed. 